SlideShare a Scribd company logo
Huawei LDS & IDS Solution
For Oil & Gas Pipeline
2
Contents
Main Safety Challenges for Oil & Gas Pipeline Operation
1
LDS & IDS Solution
2
Huawei Successful Cases
3
3
• The total length of Mexican domestic oil pipeline is
4830 km, it used for connecting oil fields with major
refineries.
• 2013~2014, more than 3,000 cases of pipeline oil
stealing have occurred in Mexico, resulting in a direct
loss of $ 900 million, and the environmental pollution
and fire problems can not be estimated.
• Pipeline damage incident in Nigerian Delta , 21,000
barrels/day reduce, revenue loss > $1 million everyday.
• In 2013, pipeline damage and oil theft caused about
$243 million in losses, but in 2012, the loss is only $
134 million.
• 1999~2013, a total of 34042 cases of pipeline
damage and stealing oil have occurred.
Nigeria Mexico
Main Safety Challenges for Oil & Gas Pipeline Operation: Theft & Destroy
4
Recent Leakage Events of Oil Pipeline
• 15-5-2014, one oil pump station leakage in Atwater village, about 10,000
gallons of oil flow to the streets of Los Angeles;
• May in 2013, Pegasus oil pipeline of ExxonMobil leakage in Mayflower
town, more than 1.2 million barrels loss.
• Match in 2013, Sinopec oil pipeline Qingdao section, the leakages
cause two explosions, killed 62 people, and resulted in direct economic
losses of ¥750 million (about $110 million).
• December in 2010, Oil leakages and explosions at a pumping station in
Petroleos Mexicanos, located in San Martin's town, killed 27 people.
• In 2006, An explosion occurred in Nigeria near a state-owned oil
pipeline in Ilado village, killed 200 people.
Main Safety Challenges for Oil & Gas Pipeline Operation: leakage and accident
5
 Huge Economic Losses:
1. Material loss caused by
leakage
2. Losses caused by pipe stop
running.
3. Financial compensation
4. Fines
 Huge reputational loss
 Political Influence
....
Main Safety Challenges for Oil & Gas Pipeline Operation
Exploration
Theft Corrosion
Environment Pollution
Excavation Damage
Casualty
Main Threats
Serious Consequences of Pipeline Leakage
6
Contents
Main Safety Challenges for Oil & Gas Pipeline Operation
1
LDS & IDS Solution
2
Huawei Successful Cases
3
7
Pipeline Leak Detection Technology & Comparison
No Method Principle Advantage Weakness
1
Optical fiber temperature
measurement
Real time collect
temperature signals around
the pipeline and analyze
collected data to determine
the leakage
 Real-time response
 High positioning accuracy
 Suitable for oil and gas
pipelines
 Suitable for new pipeline
 High cost
 Difficult to implement
2
Acoustic & pressure wave
detection
Collect Acoustic & pressure
wave signals around the
pipeline via sensor and
analyze collected data to
determine the leakage
 Fast response
 High positioning accuracy
 Suitable for oil & gas
pipelines and multiphase flow
pipeline
 Acoustic sensor or pressure
sensor need to be installed on
the pipeline
 50m spacing between the
sensor must be installed
around
3
Extended Real-time
Transient Model(E-RTTM)
Leak Detection system
based on E-RTTM will rely
on SCADA, related to flow,
pressure, temperature,
composition and more
 Leak detection under all
operating conditions
 Leak location capability
 Field proven reliability and
sensitivity
 Minimal false alarms
 Need SCADA system to
provide data
4
Optical fiber
vibration intrusion
detection
Real time collect vibration
signals around the pipeline
and analyze collected data
to determine the intrusion.
 Real-time response
 High positioning accuracy
 Intelligent recognition of
various intrusion activities
 The main purpose is to
monitor Intrusion, not to monitor
leakage
 High cost
8
Oil & gas pipeline
Pressure
Sensor
Acoustic
Sensor
Intrusion Detection
Optical Fiber
SDH
VSAT
Intrusion Detection
Leak Detection
Application System
SDH
VSAT
4
1 Optical fiber
temperature measurement
Pressure wave
detection
2 Acoustic
wave detection
3
Data collection unit Data collection unit
Optical Fiber
Huawei Leak Detection Solution Overview
9
100 km
Oil & gas pipeline
Photo coupler
Distributed optical fiber sensor
Guide optical fiber Insensitive
Communication optical fiber or existing fiber
Metering
station
Detection distance
(Single Field Unit)
50km
Positioning accuracy 5m
Real-time response < 60s
SDH
VSAT
Metering
station
Pump
station
Application System
Oil pipeline
Natural gas pipeline
Temperature
Leakage point
Temperature
Leakage point
Leak Detection - Optical fiber temperature measurement
10
Oil & gas pipeline
Leak Detection
pressure Sensor
Leakage
VSAT
SDH
Leakage Detection
Sensitive
0.5% of
Flow Rate
Positioning accuracy 150m
Positioning time < 100s
Application System
Steady Leakage
 Small Leakage
 Oil-Theft
 Corrosion
Sudden Leakage
 Holes
 Significant
 Pipeline Fracture
 Pipeline Burst
Data collection unit Data collection unit Data collection unit
Leak Detection - Pressure Wave Detection
11
Oil & gas pipeline
Leak Detection
Acoustic Sensor
Leakage Point
VSAT
SDH
Application System
L1=V×t1
L2=V×t2
L
Acoustic Sensor
Suitable for oil & gas pipelines and multiphase flow
pipeline
Sensitivity (Leakage detection rate ): 0.05%~0.2%
 Positioning accuracy: 30m
 Reliability: low false alarm rate( < 1 time/year),
Real-time response: quick online response(< 60 s)
Data collection unit Data collection unit Data collection unit
Leak Detection - Intelligent Acoustic Detection
12
Oil & gas pipeline
SCADA System
VSAT
 

 
  

 

RTU
 

 
  

 

RTU
VSAT
 

 
  

 

RTU
Leakage Point
Leak Detection system based on E RTTM will rely
on field data, related to flow, pressure,
temperature, composition and more, which is
expected to be gathered by remote RTUs along
the pipelines and transferred to the main control
room. The SCADA systems host computer shall
acquire data from those RTU’s at regular
intervals.
 Leak detection under all operating conditions
 Leak location capability
 Field proven reliability and sensitivity
 Minimal false alarms
 Continuous update of overall pipeline
efficiency.
Application System
ERTTM-based Leakage Detection System
13
Fiber Vibration-based Intrusion Detection System(IDS)
14
80 km
Oil & gas pipeline
Photo coupler
Distributed optical fiber sensor
Guide optical fiber Insensitive
Communication optical fiber or existing fiber
Metering
station
Detection distance
(Single Field Unit)
80km
Positioning accuracy 10m
Real-time response < 10s
SDH
VSAT
Personnel motion
Manual excavation
Drill signal
Machine-based excavation
Metering
station
Pump
station
Application System
Fiber Vibration-based Intrusion Detection System(IDS)
15
Contents
Main Safety Challenges for Oil & Gas Pipeline Operation
1
LDS & IDS Solution
2
Huawei Successful Cases
3
16
LDS IDS+IVS
Intrusion Detection & Leakage Detection for TAZAMA Pipeline
Company Profile :
TAZAMA pipelines limited was incorporated in 1966 and is owned by the Government of the
Republic of Zambia and the United Republic of Tanzania.
 Pipeline information
The length of the pipeline is 1,705 kilometer, 7* Pump stations, 8 * Metering station,
17 * Pig station, 45 * CPS station, 70 Valve station, 1 * Control Center.
Reduce Leakage Losses
 LDS Method:
Pressure wave detection method;
 IDS:
Optical fiber vibration intrusion detection.
Type Description Cost (USD) Proportion Save Cost (USD)
Oil spill Oil spills every year 212,067.00 60.00% 127,240.2
Oil loss Annual oil theft loss 9,000.00 60.00% 5400
Total / / / 132,640.2
17
Local Control
Center
Microwave
Backbone
RTU
SITE 1
Microwave
Access
Microwave Branch
ES
Pemex Logistic
Dept. CCP/CCA
OS OS
FLOW
COMPUTER
RTU RTU RTU RTU RTU
SITE 2 SITE 3 SITE 21 SITE 22 SITE 23 SITE 24
PRINTER
SCADA
LDS
SERVER
IVS
Microwave
Access
2Mbps
Private Date Link
SITE 20
LDS Integrated Solution
• 2000 km oil pipeline LDS
• Backbone microwave transmission
• Solar hybrid power supply
Solution
• Adopt third part Pressure wave detection
methods
• 24* 7 Video surveillance for vandalism
• Integrator to provide operation and
maintenance of LDS at an optimized cost
Real-time Leakage monitoring service for Mexico PEMEX Pipeline
18
IDS Solution Architecture
① Intrusion detection alarm signal uploaded to the IVS
platform.
② IVS platform linkage the camera for real-time monitoring.
③ Judge the video information in the control center.
④ Notify the staff and dispatch resources to carry out
inspection.
Intrusion Detection & CCTV Surveillance for Iraq PIDSS
Intrusion Detection Process
Solution
• Adopt Optical fiber vibration intrusion detection
solution
• 24* 7 Video surveillance for vandalism
• Intrusion detection alarm shall trigger the linkage of
camera for real-time monitoring.
19

More Related Content

PDF
Advanced gas leakage detection using acoustic sensors new
PDF
Pipeline leak detection system
PDF
Digital Transformation in Oil & Gas: IoT Solutions for Pipeline Leak Detectio...
PDF
ecoLDS - Environmental COntrol & Leak Detection System
PPT
WaveAlert Acoustic Pipeline Leak Detection
PDF
Case Study Transforming Oil & Gas Pipline Safety with IOT-Based Leak Detection
PPTX
Pipeline Leak Detection and Monitoring : Tonex Training
PDF
Advanced Leak Detection in Oil & Gas with IoT Sensors
Advanced gas leakage detection using acoustic sensors new
Pipeline leak detection system
Digital Transformation in Oil & Gas: IoT Solutions for Pipeline Leak Detectio...
ecoLDS - Environmental COntrol & Leak Detection System
WaveAlert Acoustic Pipeline Leak Detection
Case Study Transforming Oil & Gas Pipline Safety with IOT-Based Leak Detection
Pipeline Leak Detection and Monitoring : Tonex Training
Advanced Leak Detection in Oil & Gas with IoT Sensors

Similar to Huawei LDS IDS Solution.pdf (20)

PPTX
Enhancing Oil & Gas Pipeline Safety with IoT Leak Detection Technology
PPTX
Oil production3
PDF
Leak-Detection-Program-Management-RP-1175-Cybernetics-Symposium.pdf
PDF
[Oil & Gas White Paper] Getting Ahead of the Game: adopting best practices in...
PDF
How IoT Drives Smarter and More Efficient Oil and Gas Operations
PDF
Artificial intelligent
PDF
IMPROVING PIPELINE INTEGRITY- GE'S INDUSTRIAL INTERNET MONITORS VITALLY IMPOR...
PDF
Innovations™ Magazine VII NO.3 2015
PDF
Pipeline integrity assessment with LRUT method
PDF
Pipeline Spatial Data Modeling And Pipeline Webgis Digital Oil And Gas Pipeli...
PDF
Novel Laser Anlyzers for Natural Gas Leaks Detection
PDF
Master Thesis
PDF
Perspectives_0916-1
PDF
Design and implementation of an oil leakage monitoring system based on wirel...
PDF
EVALUATING CURRENT PIPELINE INFRASTRUCTURE & ENSURING NETWORK INTEGRITY
PPT
Safety of cross country pipelines
PDF
Uses of Pipelines Leak Detection System with its Benefits.pdf
PPTX
How IoT is Making Oil and Gas Operations Smarter and More Efficient.pptx
PPTX
IoT in Oil and Gas Industry
PDF
Real-time remote monitoring and control system for underground pipelines
Enhancing Oil & Gas Pipeline Safety with IoT Leak Detection Technology
Oil production3
Leak-Detection-Program-Management-RP-1175-Cybernetics-Symposium.pdf
[Oil & Gas White Paper] Getting Ahead of the Game: adopting best practices in...
How IoT Drives Smarter and More Efficient Oil and Gas Operations
Artificial intelligent
IMPROVING PIPELINE INTEGRITY- GE'S INDUSTRIAL INTERNET MONITORS VITALLY IMPOR...
Innovations™ Magazine VII NO.3 2015
Pipeline integrity assessment with LRUT method
Pipeline Spatial Data Modeling And Pipeline Webgis Digital Oil And Gas Pipeli...
Novel Laser Anlyzers for Natural Gas Leaks Detection
Master Thesis
Perspectives_0916-1
Design and implementation of an oil leakage monitoring system based on wirel...
EVALUATING CURRENT PIPELINE INFRASTRUCTURE & ENSURING NETWORK INTEGRITY
Safety of cross country pipelines
Uses of Pipelines Leak Detection System with its Benefits.pdf
How IoT is Making Oil and Gas Operations Smarter and More Efficient.pptx
IoT in Oil and Gas Industry
Real-time remote monitoring and control system for underground pipelines
Ad

Recently uploaded (20)

PDF
Abrasive, erosive and cavitation wear.pdf
PPT
INTRODUCTION -Data Warehousing and Mining-M.Tech- VTU.ppt
PPT
Occupational Health and Safety Management System
PPTX
Graph Data Structures with Types, Traversals, Connectivity, and Real-Life App...
PDF
distributed database system" (DDBS) is often used to refer to both the distri...
PDF
737-MAX_SRG.pdf student reference guides
PDF
Soil Improvement Techniques Note - Rabbi
PDF
A SYSTEMATIC REVIEW OF APPLICATIONS IN FRAUD DETECTION
PDF
EXPLORING LEARNING ENGAGEMENT FACTORS INFLUENCING BEHAVIORAL, COGNITIVE, AND ...
PDF
Design Guidelines and solutions for Plastics parts
PPTX
AUTOMOTIVE ENGINE MANAGEMENT (MECHATRONICS).pptx
PDF
null (2) bgfbg bfgb bfgb fbfg bfbgf b.pdf
PDF
Level 2 – IBM Data and AI Fundamentals (1)_v1.1.PDF
PDF
BIO-INSPIRED ARCHITECTURE FOR PARSIMONIOUS CONVERSATIONAL INTELLIGENCE : THE ...
PPTX
Software Engineering and software moduleing
PPTX
Artificial Intelligence
PDF
UNIT no 1 INTRODUCTION TO DBMS NOTES.pdf
PDF
Categorization of Factors Affecting Classification Algorithms Selection
PPTX
Feature types and data preprocessing steps
PDF
SMART SIGNAL TIMING FOR URBAN INTERSECTIONS USING REAL-TIME VEHICLE DETECTI...
Abrasive, erosive and cavitation wear.pdf
INTRODUCTION -Data Warehousing and Mining-M.Tech- VTU.ppt
Occupational Health and Safety Management System
Graph Data Structures with Types, Traversals, Connectivity, and Real-Life App...
distributed database system" (DDBS) is often used to refer to both the distri...
737-MAX_SRG.pdf student reference guides
Soil Improvement Techniques Note - Rabbi
A SYSTEMATIC REVIEW OF APPLICATIONS IN FRAUD DETECTION
EXPLORING LEARNING ENGAGEMENT FACTORS INFLUENCING BEHAVIORAL, COGNITIVE, AND ...
Design Guidelines and solutions for Plastics parts
AUTOMOTIVE ENGINE MANAGEMENT (MECHATRONICS).pptx
null (2) bgfbg bfgb bfgb fbfg bfbgf b.pdf
Level 2 – IBM Data and AI Fundamentals (1)_v1.1.PDF
BIO-INSPIRED ARCHITECTURE FOR PARSIMONIOUS CONVERSATIONAL INTELLIGENCE : THE ...
Software Engineering and software moduleing
Artificial Intelligence
UNIT no 1 INTRODUCTION TO DBMS NOTES.pdf
Categorization of Factors Affecting Classification Algorithms Selection
Feature types and data preprocessing steps
SMART SIGNAL TIMING FOR URBAN INTERSECTIONS USING REAL-TIME VEHICLE DETECTI...
Ad

Huawei LDS IDS Solution.pdf

  • 1. Huawei LDS & IDS Solution For Oil & Gas Pipeline
  • 2. 2 Contents Main Safety Challenges for Oil & Gas Pipeline Operation 1 LDS & IDS Solution 2 Huawei Successful Cases 3
  • 3. 3 • The total length of Mexican domestic oil pipeline is 4830 km, it used for connecting oil fields with major refineries. • 2013~2014, more than 3,000 cases of pipeline oil stealing have occurred in Mexico, resulting in a direct loss of $ 900 million, and the environmental pollution and fire problems can not be estimated. • Pipeline damage incident in Nigerian Delta , 21,000 barrels/day reduce, revenue loss > $1 million everyday. • In 2013, pipeline damage and oil theft caused about $243 million in losses, but in 2012, the loss is only $ 134 million. • 1999~2013, a total of 34042 cases of pipeline damage and stealing oil have occurred. Nigeria Mexico Main Safety Challenges for Oil & Gas Pipeline Operation: Theft & Destroy
  • 4. 4 Recent Leakage Events of Oil Pipeline • 15-5-2014, one oil pump station leakage in Atwater village, about 10,000 gallons of oil flow to the streets of Los Angeles; • May in 2013, Pegasus oil pipeline of ExxonMobil leakage in Mayflower town, more than 1.2 million barrels loss. • Match in 2013, Sinopec oil pipeline Qingdao section, the leakages cause two explosions, killed 62 people, and resulted in direct economic losses of ¥750 million (about $110 million). • December in 2010, Oil leakages and explosions at a pumping station in Petroleos Mexicanos, located in San Martin's town, killed 27 people. • In 2006, An explosion occurred in Nigeria near a state-owned oil pipeline in Ilado village, killed 200 people. Main Safety Challenges for Oil & Gas Pipeline Operation: leakage and accident
  • 5. 5  Huge Economic Losses: 1. Material loss caused by leakage 2. Losses caused by pipe stop running. 3. Financial compensation 4. Fines  Huge reputational loss  Political Influence .... Main Safety Challenges for Oil & Gas Pipeline Operation Exploration Theft Corrosion Environment Pollution Excavation Damage Casualty Main Threats Serious Consequences of Pipeline Leakage
  • 6. 6 Contents Main Safety Challenges for Oil & Gas Pipeline Operation 1 LDS & IDS Solution 2 Huawei Successful Cases 3
  • 7. 7 Pipeline Leak Detection Technology & Comparison No Method Principle Advantage Weakness 1 Optical fiber temperature measurement Real time collect temperature signals around the pipeline and analyze collected data to determine the leakage  Real-time response  High positioning accuracy  Suitable for oil and gas pipelines  Suitable for new pipeline  High cost  Difficult to implement 2 Acoustic & pressure wave detection Collect Acoustic & pressure wave signals around the pipeline via sensor and analyze collected data to determine the leakage  Fast response  High positioning accuracy  Suitable for oil & gas pipelines and multiphase flow pipeline  Acoustic sensor or pressure sensor need to be installed on the pipeline  50m spacing between the sensor must be installed around 3 Extended Real-time Transient Model(E-RTTM) Leak Detection system based on E-RTTM will rely on SCADA, related to flow, pressure, temperature, composition and more  Leak detection under all operating conditions  Leak location capability  Field proven reliability and sensitivity  Minimal false alarms  Need SCADA system to provide data 4 Optical fiber vibration intrusion detection Real time collect vibration signals around the pipeline and analyze collected data to determine the intrusion.  Real-time response  High positioning accuracy  Intelligent recognition of various intrusion activities  The main purpose is to monitor Intrusion, not to monitor leakage  High cost
  • 8. 8 Oil & gas pipeline Pressure Sensor Acoustic Sensor Intrusion Detection Optical Fiber SDH VSAT Intrusion Detection Leak Detection Application System SDH VSAT 4 1 Optical fiber temperature measurement Pressure wave detection 2 Acoustic wave detection 3 Data collection unit Data collection unit Optical Fiber Huawei Leak Detection Solution Overview
  • 9. 9 100 km Oil & gas pipeline Photo coupler Distributed optical fiber sensor Guide optical fiber Insensitive Communication optical fiber or existing fiber Metering station Detection distance (Single Field Unit) 50km Positioning accuracy 5m Real-time response < 60s SDH VSAT Metering station Pump station Application System Oil pipeline Natural gas pipeline Temperature Leakage point Temperature Leakage point Leak Detection - Optical fiber temperature measurement
  • 10. 10 Oil & gas pipeline Leak Detection pressure Sensor Leakage VSAT SDH Leakage Detection Sensitive 0.5% of Flow Rate Positioning accuracy 150m Positioning time < 100s Application System Steady Leakage  Small Leakage  Oil-Theft  Corrosion Sudden Leakage  Holes  Significant  Pipeline Fracture  Pipeline Burst Data collection unit Data collection unit Data collection unit Leak Detection - Pressure Wave Detection
  • 11. 11 Oil & gas pipeline Leak Detection Acoustic Sensor Leakage Point VSAT SDH Application System L1=V×t1 L2=V×t2 L Acoustic Sensor Suitable for oil & gas pipelines and multiphase flow pipeline Sensitivity (Leakage detection rate ): 0.05%~0.2%  Positioning accuracy: 30m  Reliability: low false alarm rate( < 1 time/year), Real-time response: quick online response(< 60 s) Data collection unit Data collection unit Data collection unit Leak Detection - Intelligent Acoustic Detection
  • 12. 12 Oil & gas pipeline SCADA System VSAT             RTU             RTU VSAT             RTU Leakage Point Leak Detection system based on E RTTM will rely on field data, related to flow, pressure, temperature, composition and more, which is expected to be gathered by remote RTUs along the pipelines and transferred to the main control room. The SCADA systems host computer shall acquire data from those RTU’s at regular intervals.  Leak detection under all operating conditions  Leak location capability  Field proven reliability and sensitivity  Minimal false alarms  Continuous update of overall pipeline efficiency. Application System ERTTM-based Leakage Detection System
  • 13. 13 Fiber Vibration-based Intrusion Detection System(IDS)
  • 14. 14 80 km Oil & gas pipeline Photo coupler Distributed optical fiber sensor Guide optical fiber Insensitive Communication optical fiber or existing fiber Metering station Detection distance (Single Field Unit) 80km Positioning accuracy 10m Real-time response < 10s SDH VSAT Personnel motion Manual excavation Drill signal Machine-based excavation Metering station Pump station Application System Fiber Vibration-based Intrusion Detection System(IDS)
  • 15. 15 Contents Main Safety Challenges for Oil & Gas Pipeline Operation 1 LDS & IDS Solution 2 Huawei Successful Cases 3
  • 16. 16 LDS IDS+IVS Intrusion Detection & Leakage Detection for TAZAMA Pipeline Company Profile : TAZAMA pipelines limited was incorporated in 1966 and is owned by the Government of the Republic of Zambia and the United Republic of Tanzania.  Pipeline information The length of the pipeline is 1,705 kilometer, 7* Pump stations, 8 * Metering station, 17 * Pig station, 45 * CPS station, 70 Valve station, 1 * Control Center. Reduce Leakage Losses  LDS Method: Pressure wave detection method;  IDS: Optical fiber vibration intrusion detection. Type Description Cost (USD) Proportion Save Cost (USD) Oil spill Oil spills every year 212,067.00 60.00% 127,240.2 Oil loss Annual oil theft loss 9,000.00 60.00% 5400 Total / / / 132,640.2
  • 17. 17 Local Control Center Microwave Backbone RTU SITE 1 Microwave Access Microwave Branch ES Pemex Logistic Dept. CCP/CCA OS OS FLOW COMPUTER RTU RTU RTU RTU RTU SITE 2 SITE 3 SITE 21 SITE 22 SITE 23 SITE 24 PRINTER SCADA LDS SERVER IVS Microwave Access 2Mbps Private Date Link SITE 20 LDS Integrated Solution • 2000 km oil pipeline LDS • Backbone microwave transmission • Solar hybrid power supply Solution • Adopt third part Pressure wave detection methods • 24* 7 Video surveillance for vandalism • Integrator to provide operation and maintenance of LDS at an optimized cost Real-time Leakage monitoring service for Mexico PEMEX Pipeline
  • 18. 18 IDS Solution Architecture ① Intrusion detection alarm signal uploaded to the IVS platform. ② IVS platform linkage the camera for real-time monitoring. ③ Judge the video information in the control center. ④ Notify the staff and dispatch resources to carry out inspection. Intrusion Detection & CCTV Surveillance for Iraq PIDSS Intrusion Detection Process Solution • Adopt Optical fiber vibration intrusion detection solution • 24* 7 Video surveillance for vandalism • Intrusion detection alarm shall trigger the linkage of camera for real-time monitoring.
  • 19. 19